Largest New Structure Predicted in the Universe Could be Proven by Roger Clowes Data Analysis of Connecting Quasar Spin Axes With the LQG and CCLQG and Hovart's 10 BLY Cornealis Boronas Filament

Cosmic scale structures billions of light years in size are shaped by electromagnetic forces, having aligned spins that are called spooky by gravity scientists without realistic gravitational explainations.

The vast understatement is that electromagnetism is ruling and shaping the universe, and not gravity.

Discovering and predicting ever larger sized cosmic filaments and bubbles connecting structures together in the universe, raises serious doubts about the Big-bang cosmology and Einstein's cosmological principle. Famous scientists are either very careful to speak freely about a refute of the cosmological principle and big-bang, or believe it by dogmatism. Yet, I have predicted the existence of the largest structure yet in the universe, by freely doing independent research on an important new cosmology. Clowes recently states he has not yet analyzed Hovart's all sky gamma ray burst GRB data map, so I compared maps with the large quasar group and CCLQG, and discovered the LQG and CCLQG match where the 2 red crosses of GRB's are both located.

Einstein's cosmological principle assumption is logically proven wrong by vector spin axial parallel aligned quasars comprising the LQG and CCLQG

The coordinates in declination and right ascension for the Large Quasar Group LQG and CCLQG match very nearby locations of 2 GRB's (red crosses) that compose Hovart's 10 billion light year diameter structure.

 2 of 31 GRB's are from the LQG and CCLQG in the Hercules supercluster

Cosmic GRB Structure 10 Billion Light Years in Diameter

73 Large Quasar Group Defies Einstein's Cosmological Principle

"Artistic Spin" by Electric Universe Thunderbolts  The Electric Universe explains that if quasars are not really far away, they would fill a large portion of the sky. Arp and Tilley discovered much evidence to refute the big-bang interpretaton that quasars are very distant.